E-Tech Resources Inc. announced new assay results from its most recent Reverse Circulation ("RC") exploration drilling campaign. Results from this drilling program have successfully extended the current known mineralised zones with a number of wide, shallow and high-grade intersections reinforcing the size scalability of the Eureka REE deposit. Highlights from the RC drilling include: Zone 2:- Drill Hole ER042 intersected 2m at 2.8%TREO from 46m (including 1m at 4.8%TREO) Drill Hole ER043 intersected 3m at 1.6%TREO from 14m (including 2m at 2.3%TREO) Zone 3:- Drill Hole ER033 intersected 2m at 2.9%TREO from 8m Drill Hole ER047 intersected 5m at 1.4%TREO from 5m (including 1m at 4.1% TREO) Drill Hole ER059 intersected 4m at 2.3%TREO from 57m (including 2m at 3.7% TREO) Zone 4:- Drill Hole ER053 intersected 2m at 1.4%TREO from 9m A total of 661 RC samples (including standards, duplicates and blanks) from a 39 hole 1440 meter RC drilling program have been analysed to date.

Results confirm the continuation of mineralisation along strike of Zone 3 towards the south and east by approximately 250 meters N-S and 500 meters E-W, respectively. Zone 2 has also been extended further to the west by 150 meters. The program was designed to achieve the following goals within each zone as follows: Zone 2:- Zone 2 targets were selected to provide further support for lateral extent of the current known resource.

Seven (7) RC holes spaced approximately 50 x 80 meters apart were drilled to extend the current resource footprint approximately 125 meters along strike. Zone 3:- The expanded drill grid of Zone 3 consisted of 24 RC drill holes with a 55 x 110 meter spacing. The grid was specifically planned to further test for mineralisation laterally to the south and east, targeting dykes that had been previously identified from the surface trenching program completed in 2021.

Zone 4:- Eight (8) RC drill holes with a 50 x 100 meter spacing were completed over Zone 4. All the holes successfully encountered carbonatite dykes near surface with encouraging grades of REE mineralization.